Steel pipelines are increasingly essential for many applications, including the transport of
oil, natural gas, and soon hydrogen gas. Steel pipelines are subject to harsh operating …

Local stress concentration occurs when faults are present in pipelines under pressure. An
example of such defects is the problem of corrosion caused by the environment in the field of …

Structural internal replacement pipe (SIRP) systems are emerging composite technologies
for the repair of circumferentially cracked host pipes or pipes with joints subject to lateral …

This paper conducted an experimental study of reduced models of a main gas pipeline for
avalanche damage considering operational conditions. Two options were considered as a …

The dynamic stress–strain state and fracture of a steel main gas pipe section between
supports with a straight-through crack was analyzed with consideration of the temperature …

The effective repair of pipelines is crucial to ensuring the integrity of infrastructure. However,
the effect of defect geometries on the efficiency of pipeline composite repair systems is a …

In deep ocean environment, it is feasible to effectively repair damaged cylinders by
externally wrapping them with lightweight composite materials. An analytical method was …

Abstract The use of Fiber Reinforced Polymer (FRP) composites together with infill putty has
been proven effective for repairing damaged steel pipelines. This method relies on the …

Promoting tensile failure by providing a proper orientation angle between the pipe axis and
the fault line is the main seismic design philosophy for buried steel pipelines. However, most …

Aluminium alloy is a commonly used material in the superstructure of naval vessels. This
alloy is prone to sensitisation when exposed to the marine environment for an extended …